MOF3WVJT-77-24R

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Through Hole Resistors are components used in a wide range of electrical and electronic applications. In particular, the MOF3WVJT-77-24R Through Hole Resistor has been widely used in the suppression of transient voltage and in industrial control circuits.

The MOF3WVJT-77-24R is a small, robust, low-voltage, resistive element with a value of 250 ohms. It is commonly used for high-current applications such, as motor and solenoid drives. The resistor has a diameter of 2mm and a length of 12.5mm, allowing it to fit into applications which require a high degree of space efficiency. The resistor also has an impressive life expectancy of up to five million hours, meaning it is very reliable and can handle extreme temperatures and operating conditions.

The working principle of the MOF3WVJT-77-24R Through Hole Resistor is simple. The resistor is designed to convert the current and voltage applied to it into heat, dissipating the energy. This thermodynamic response acts as a dampener and helps to protect sensitive components and electronics from the effects of transient voltage and currents which can cause damage or disruption to a system. The resistor can stand up to temperatures of up to 250 degrees celcius, verifying its effectiveness in crucial applications.

The MOF3WVJT-77-24R Through Hole Resistor is primarily used in various uses such as transformer and inverter control circuits, current-limiting protection, electronics load momentary overload protection, EMI/RFI suppression, and so forth. It is also frequently used in more specialized tasks such as connecting linear actuators to digital circuits, handling static and dynamic currents, regulating peak and average current, managing speed and acceleration of motors.

In sum, the MOF3WVJT-77-24R is a low-voltage through hole resistor with an impressive life of up to five million hours. Its main application field is in the suppression of transients, and especially in industrial control circuits. It is reliable and can handle extreme temperatures and operating conditions. The working principle of the resistor is simple - to convert the current and voltage applied to it intoheat, thereby dissipating the energy.

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